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Copyright 1999
Demo Only!! Most items restricted Poor sound quality (minimizes file size)
Copyright 1999
Demo Only!! Most items restricted Poor sound quality (minimizes file size)
CNC Router Programming, Setup, & Operation
Disk number one (active):Lesson 1: Machine configurations (43:25)
Lesson 2: Flow of programming process (26:25)Lesson 3: Visualizing program execution (16:45)Lesson 4: Understanding program zero (23:10)Lesson 5: Locating the program zero point (18:20)Lesson 6: Two ways to assign program zero (10:40)Lesson 7: Intro to programming words (33:25)
Disk number two:
Lesson8: The importance of preparation (23:35)
List of Lessons
Lesson 9: Motion types (36:50)
Lesson 10: Intro to compensationLesson 11: Tool length compensationLesson 12: Router radius compensation
Lesson 13: Fixture offsets
Programming
Click on a topic!Click on a topic!
Course orientation (14:00)
Exit
Disk number three:
Lesson 14: Program formattingLesson 15: Four kinds of formatLesson 16: Canned cyclesLesson 17: Sub-programming
Lesson 18: Other special features
Lesson 19: Setup & operation tasksLesson 20: Buttons & switches
Lesson 21: Three modes of operationLesson 22: Key operation proceduresLesson 23: Safely verifying programs
Setup & operation
Demo only! Items in gray are not active!
CNC Router Programming, Setup, & Operation
Course materials
Orientation
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The key concepts approachLesson structureControls covered
Setting up a good learning environment
Scope of this course
Demo only! Items in gray are not active!
Lesson 1: Machine Configurations
Lesson plan
Outline
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Operations performed on CNC routersMachine configurationsDirections of motion (axes)Programmable features
Introduction to key concept number one: Know your machine
Lesson summary
Lesson One: Demo only! Items in gray are not active!
Lesson 2: Flow Of The Programming Process
Lesson plan
Outline
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Company types using CNC routersFactors contributing to company profileFlow of the programming process
Lesson summary
Lesson Two:
Demo only! Items in gray are not active!
Lesson 3: Visualizing CNC Program Execution
Lesson plan
Outline
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Travel instructions analogyProgram make-up
Example of visualizing program executionNotes about program structureLesson summary
Lesson Three:Demo only! Items in gray are not active!
Lesson 4: Understanding Program Zero
Lesson plan
Outline
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The rectangular coordinate systemUnderstanding polarity
Where to place the program zero pointIncremental versus absolute positioning
Lesson Four:
Lesson summary
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Lesson 5: Locating The Program Zero Point
Lesson plan
Outline
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Understanding the zero return positionProgram zero assignment valuesMeasuring program zero point locationRetaining program zero assignment values
Lesson summary
Lesson Five:Demo only! Items in gray are not active!
Lesson 6: Two Ways To Assign Program Zero
Lesson plan
Outline
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Assigning program zero in the programAssigning program zero with fixture offsets
Lesson summary
Lesson Six:
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Lesson 7: Introduction To Programming Words
Lesson plan
Outline
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Words used in CNC programsLesson summary
Lesson Seven:
Summary for key concept number one
Demo only! Items in gray are not active!
Lesson 8: The Importance Of Preparation
Lesson plan
Outline
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Divide and conquerTypical mistakes
Study and mark-up the printDevelop the cutting process
Introduction to key concept number two: You must be prepared!
Lesson summary
Lesson Eight:
Do the mathPlan the setup
Demo only! Items in gray are not active!
Lesson 9: Motion Types
Lesson plan
Outline
Click on a topic!Click on a topic!
The three most popular motion typesMotion commonalties
Understanding the programmed pointRapid motion
Introduction to key concept number three: The three motion types
Lesson summary
Lesson Nine:
Straight-line motionCircular motion
Demo only! Items in gray are not active!
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